def create_factories(self):
self.user = UserWithHostFactory()
self.ip = self.user.hosts[0].interfaces[0].ips[0]
for delta in range(14):
TrafficCreditFactory.create(timestamp=self.now + timedelta(-delta),
amount=3*1024**3, user=self.user)
TrafficVolumeFactory.create(timestamp=self.now + timedelta(-delta),
amount=1*1024**3, user=self.user, ip=self.ip)
# Unrelated events should not be included in the sum
other_user = UserWithHostFactory()
other_ip = other_user.hosts[0].interfaces[0].ips[0]
TrafficCreditFactory.create_batch(20, user=other_user)
TrafficVolumeFactory.create_batch(20, user=other_user, ip=other_ip)
def create_factories(self):
self.user = UserWithHostFactory.create()
self.network_access_group = PropertyGroupFactory.create(
name="Member",
granted={'network_access'},
)
self.payment_in_default_group = PropertyGroupFactory.create(
name="Blocked (finance)",
granted={'payment_in_default'},
denied={'network_access'},
)
self.traffic_limit_exceeded_group = PropertyGroupFactory.create(
name="Blocked (traffic)",
granted={'traffic_limit_exceeded'},
denied={'network_access'},
)
# the user's room needs to be connected to provide `nasipaddress` and `nasportid`
self.switch = SwitchFactory.create(host__owner=self.user)
PatchPortFactory.create_batch(2, patched=True, switch_port__switch=self.switch,
# This needs to be the HOSTS room!
room=self.user.hosts[0].room)
MembershipFactory.create(user=self.user, group=self.network_access_group,
begins_at=datetime.now() + timedelta(-1),
ends_at=datetime.now() + timedelta(1))
session.session.execute(hades.radius_property.insert(values=[
('payment_in_default',),
('traffic_limit_exceeded',),
]))
def create_factories(self):
# We want a user who lives somewhere with a membership!
super().create_factories()
self.user = UserWithHostFactory.create(
with_membership=True,
membership__group=self.config.member_group,
)
def test_user_host_annexation(self):
mac = "00:de:ad:be:ef:00"
other_user = UserWithHostFactory(host__interface__mac=mac)
session.session.commit()
self.assertEqual(len(other_user.hosts), 1)
move_in_formdata = {
'now': True,
'name': "Test User",
'building': str(self.room.building.id),
'level': str(self.room.level),
'room_number': self.room.number,
'login': "******",
'mac': mac,
'email': "",
'birthdate': "1990-01-01",
'property_group': config.member_group.id
}
response = self.client.post(url_for('user.create'),
data=move_in_formdata)
self.assertStatus(response, 400)
self.assertIsNone(response.location)
move_in_formdata.update(annex="y")
response = self.client.post(url_for('user.create'),
data=move_in_formdata)
self.assert_user_moved_in(response)
def create_factories(self):
# We want a user who lives somewhere with a membership!
super().create_factories()
self.processor = UserFactory.create()
self.user = UserWithHostFactory.create()
self.membership = MembershipFactory.create(user=self.user,
group=self.config.member_group)
self.other_room = RoomFactory.create()
def create_factories(self):
super().create_factories()
self.relevant_user = UserWithHostFactory(patched=True)
self.other_user = UserFactory.create()
self.room_log_entry = RoomLogEntryFactory(author=self.admin,
room=self.relevant_user.room)
self.user_log_entry = UserLogEntryFactory(author=self.admin,
user=self.relevant_user)
def create_factories(self):
super().create_factories()
# we just create the subnet to ensure it stays the same when in the same building
subnet = factories.SubnetFactory()
self.user = UserWithHostFactory(
room__patched_with_subnet=True,
room__patch_ports__switch_port__default_vlans__subnets=[subnet])
self.processing_user = UserFactory()
self.old_room = self.user.room
assert all(h.room == self.old_room for h in self.user.hosts)
self.new_room_other_building = factories.RoomFactory(
patched_with_subnet=True)
self.new_room_same_building = factories.RoomFactory(
building=self.old_room.building,
patched_with_subnet=True,
patch_ports__switch_port__default_vlans__subnets=[subnet],
)
def create_factories(self):
self.user = UserWithHostFactory.create()
self.network_access_group = PropertyGroupFactory.create(
name="Member",
granted={'network_access'},
)
self.payment_in_default_group = PropertyGroupFactory.create(
name="Blocked (finance)",
granted={'payment_in_default'},
denied={'network_access'},
)
self.traffic_limit_exceeded_group = PropertyGroupFactory.create(
name="Blocked (traffic)",
granted={'traffic_limit_exceeded'},
denied={'network_access'},
)
# the user's room needs to be connected to provide `nasipaddress` and `nasportid`
self.switch = SwitchFactory.create(host__owner=self.user)
PatchPortFactory.create_batch(
2,
patched=True,
switch_port__switch=self.switch,
# This needs to be the HOSTS room!
room=self.user.hosts[0].room)
MembershipFactory.create(user=self.user,
group=self.network_access_group,
begins_at=datetime.now() + timedelta(-1),
ends_at=datetime.now() + timedelta(1))
session.session.execute(
hades.radius_property.insert(values=[
('payment_in_default', ),
('traffic_limit_exceeded', ),
]))
def create_factories(self):
self.user = UserWithHostFactory(host__interface__ip__str_address=self.ip)
def test_user_without_entries_has_zero_credit(self):
user = UserWithHostFactory()
session.session.commit()
self.assertEqual(user.current_credit, 0)
def user(module_session):
return UserWithHostFactory(host__interface__ip__str_address=ip)
def create_factories(self):
super().create_factories()
self.user = UserWithHostFactory.create()
MembershipFactory.create(user=self.user,
group=self.config.member_group)
self.test_user_id = self.user.id
def create_factories(self):
super().create_factories()
self.interface = InterfaceFactory.create()
UserWithHostFactory.create(host__interface=self.interface)
self.processor = UserFactory.create()
def user(module_session):
return UserWithHostFactory()
def create_factories(self):
super().create_factories()
self.user = UserWithHostFactory()
TrafficVolumeLastWeekFactory.create_batch(
7, ip=self.user.hosts[0].interfaces[0].ips[0], user=self.user)
